IP Connectivity
Network Models
Binary / Hexadecimal
Hot Swap Routing Protocol
DHCP & NAT
100

router(config)#ip route 0.0.0.0 0.0.0.0 GigabitEthernet0/1

default route

100

OSI layer header contains the address of a destination host that is on another network


Network

100

decimal equivalent of 10010110

150

100

value to use in HSRP protocol election process

Priority

100

This converts domain names into IP addresses.

DNS (Domain Name Server)

200

Choose the odd-one-out:

● EIGRP and link cost.

● RIPv2 and number of hops.

● OSPF and number of hops and reliability.

● IS-IS and delay and reliability

RIPv2 and number of hops

200

layer of the OSI model is RSTP used to prevent loops

Data Link

200

decimal equivalent of 11010111

215

200

Exactly one active router and 

One or more standby routers

two requirements for an HSRP group

200

When a DHCP server is configured, these two IP addresses should never be assignable to hosts

Network address and Broadcast address

300

A measure of the trustworthiness of a routing information source.

Administrative Distance (AD)

300

layer of the OSI model is responsible for segmenting data from a sending host that enables large files to be broken down into smaller segments to prevent transmission errors

Transport

300

binary equivalent of 167

10100111

300

keyword enables an HSRP router to take the active role immediately when it comes online

Preempt

300

Define inside and outside interfaces

1st step for NAT

400

Choose the odd-one-out:

● OSPF is a classful routing protocol.

● It uses cost to determine the best route.

● It converges quickly.

● OSPF routers discover neighbors before exchanging routing information.

classful routing

400

layer of the TCP/IP stack combines the OSI model physical and data link layers

Network access layer

400

hexadecimal value of C in binary

1100

400

value is used to determine the active router in an HSRP default configuration

Router IP address

400

all inside hosts get translated into one single IP address

NAT Overload (PAT)

500

110

default administrative distance of the OSPF routing protocol

500

layer in the OSI reference model is responsible for determining the availability of the receiving program and checking to see if enough resources exist for that communication

Application

500

equivalent of 11001010 in hexadecimal

CA

500

standards-based First Hop Redundancy Protocol is a Cisco supported alternative to Hot Standby Router Protocol

VRRP

500

Command will display a summary of the NAT configuration and number of active translation types on your router

show ip nat statistics